工程材料

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  • engineering material
工程材料工程材料
  1. 基于Web工程材料协同学习系统的实施

    With an implement of study the system according to the Web engineering material

  2. PC钢筋是一种高强度的新型工程材料。

    PC reinforced bar is a new engineering material with high strength .

  3. 论述了基于Web平台的工程材料数据库建库方法以及实现本系统的相关技术。

    Build the method of the storehouse and realize the relevant technology of this system after describing the engineering material database based on Web platform .

  4. 《工程材料》CAI课件的研制

    The Development of CAI Courseware for Engineering Material

  5. 组织工程材料PLGA与组织细胞生物相容性的体内实验研究

    Study on the biocompatibility of PLGA with tissue cell in vivo

  6. 组织工程材料联合细胞修复SCI后膀胱功能是可行的。

    It is feasible to restore the bladder functions after SCI for tissue engineering materials combined with cells .

  7. 玻璃钢(FRP)筋呋喃树脂混凝土是一种强度高、全方位耐腐蚀的新型工程材料,具有十分广泛的应用前景。

    FRP furfural resin concrete is a kind of anti-corrosive new engineering material with high strength , which has extensive application prospect .

  8. 论述了CAI在《工程材料及机械制造基础》,这门技术基础课面向21世纪的教学改革中的作用。

    This paper discusses what role CAI plays in the teaching reform facing the 21st century in such a basic course of technology as Engineering Materials Manufacturing .

  9. 作者在综合分析了当前工程材料库管理系统相关方面的发展状况后,结合当前Web服务技术的发展状况,并针对企业的实施环境,提出并开发了基于Web服务的工程材料库系统。

    After analyzing the development trend of engineering materials database management system , and incorporating development of Web service technique while considering implementation environment of enterprise , the writer proposed and developed a Web service-based engineering materials database system .

  10. 在已有工程材料试验的基础上进行数据处理,并利用matlab神经网络工具箱建立B-P人工神经网络模型。

    Process the data on the base of material lab-testing , and construct the B-P model by using the neural networks toolbox of matlab .

  11. 研究表明,聚丙烯与UHMWPE为完全不相容性体系,所以UHMWPE/PP共混物虽然有很好的流动性能,但是其力学性能却很差,难以作为功能良好的工程材料。

    It showed that UHMWPE and PP are inconsistent polymers . Though UHMWPE / PP blends have high fluidity its mechanical properties is reduced greatly .

  12. Al2O3弥散强化铜基复合材料(Al2O3/Cu复合材料)因其具有优良的高强度高导电性能以及抗高温软化性能而成为备受瞩目的一种工程材料。

    Alumina dispersion strengthened copper composite ( Al_2O_3 / Cu composite ) is an attractive engineering material for applications requiring high strength , high thermal and electrical conductivities and resistance to softening at elevated temperatures .

  13. PPS是一种可在高温下连续使用,并拥有可与含氟材料相匹敌的耐酸、碱和有机溶剂的新型高分子工程材料。

    It can be used at high temperature for long term and is a match for fluorine containing material in respect of acid , alkali and organic solvent resistances .

  14. 利用热重分析法对几种工程材料在KCl盐膜下于750~800℃空气中的腐蚀进行了研究。

    The corrosion behaviors of Fe-base engineering materials with different Cr contents beneath KCI salt film were examined at 750 ~ 80 ℃ in air by thermogravimetric analysis .

  15. 互穿聚合物网络(IPN)作为新的共混方法,在新型聚合物材料研制领域备受人们关注,已经广泛用于工程材料和功能高分子材料的改性。

    Interpenetrating polymer networks ( IPN ) is a new method to prepare the polymer blends . Extensive academic and industrial researches have become interested in IPNs .

  16. 土工合成材料(geosynthetics)被称作与钢材、水泥、木材齐名的第四种工程材料,广泛应用于岩土、水利及土木工程等领域中。

    Geo-synthetic is regarded as the fourth construction material after steel , cement and wood , and has been extensively used in geo-technical engineering , water conservancy and civil engineering .

  17. 实践证明,板间缝隙的安装精度仅为5mm,节约了工程材料,降低了成本,加快了施工进度,取得了一定的经济效益。

    Practice shows that the erection precision of the plate seam reaches 5 mm . With materials being saved , costs reduced and schedule accelerated , it has achieved some economical benefit .

  18. Fe3Al合金是优秀的耐热工程材料,在测定合金流动性工艺参数的基础上,用热力学观点分析了主要添加元素Al对合金流动性的影响规律。

    Fe_3Al alloy is an excellent heat resistance engineering material . Based on measuring the flowing technological parameters of Fe_3Al alloy , the effect of the main Al addition on the fluidity of the alloy was analyzed by means of thermodynamic method .

  19. 用有限元法测量农业机械工程材料的弹性模量

    Elastic Modulus of Agricultural Engineering Materials by Measuring Finite Element Analysis

  20. 《土木工程材料》课程的教学思考

    The Study of the Teaching on the Course Civil Engineering Materials

  21. 目的对体内组织工程材料-小肠粘膜下层的力学性能进行检测。

    Objective To test the mechanical property of Small Intestinal Submucosa .

  22. 杠杆定律在机械工程材料中的应用

    The Application of the Law of Leverage in Mechanical Engineering Materials

  23. 如何做工程材料变形时,轴承机械载荷?

    How do engineering materials deform when bearing mechanical loads ?

  24. 骨组织工程材料PLGA/TCP的温度黏度性能

    Temperature-viscosity relationship for PLGA / TCP for bone tissue engineering

  25. 镁合金是21世纪的绿色工程材料,但是镁合金耐蚀性较差。

    Magnesium alloys are regarded as green engineering materials in 21st century .

  26. 现代晶界几何结构理论及其在工程材料中的应用

    Modern grain boundary geometric structure theory and its application in engineering materials

  27. 一种新型工程材料&超强度赛隆陶瓷

    A New Type of Engineering Materials & Super-strength Sialon Ceramic

  28. 机械工程材料牌号编写方法的探索

    Talk About Method of Compile on Mechanical Engineering Material Mark

  29. 从工程材料的教学实践谈激发学生的学习兴趣

    Stimulating and Enhancing Students ' Interest in Learning in Teaching Engineering Materials

  30. 工程材料可分为金属和非金属材料两大类。

    Engineering materials are classified into metallic materials and non-metallic-materials .